| Home | Research | For Teachers | HISTORY Level 1 Level 2 Level 3 |
PRINCIPLES Level 1 Level 2 Level 3 |
CAREER Level 1 Level 2 Level 3 |
| Search | Hot Links | What's New! | |||
| Gallery | Feedback | Admin/Tools | |||
Please let me remind all of you--this
material is copyrighted. Though partially funded by NASA, it is still a private
site. Therefore, before using our materials in any form, electronic or otherwise, you need
to ask permission.
There are two ways to browse the site: (1) use the search
button above to find specific materials using keywords; or,
(2) go to specific headings like history,
principles or careers at specific levels above and click on the
button.
Teachers may go directly to the Teachers' Guide from the For
Teachers button above or site browse as in (1) and (2).
![]()
Monolithic ceramics, because of their high strength, high modulus, oxidative stability, and low density, have high potential for use in advanced turbine engines. However, because of their poor reliability and catastrophic failure behavior, their use is severely limited. Current in-house programs are geared toward improving the reliability of monolithic ceramics by selectively reinforcing these materials with continuous fibers. The main thrust of this program is to gain a basic understanding of the behavior of these matrices so as to permit the design of composite systems with combinations of mechanical behavior, stability, environmental resistance, and processability which can lead to application in combustors, combustor liners, turbine rotor blades, disks, and vanes.
The materials laboratory at NASA Lewis has unique facilities for fabricating and testing these experimental materials. These facilities include an engine-simulation test facility, a burner rig, a thermal shock facility, and a full spectrum of mechanical and environmental test facilities. Fabrication facilities include powder and fiber handling equipment, hot presses, sintering furnaces, nitriding furnaces, and a complete array of heat treating, molding, and material analysis equipment. The fabrication technologies that are developed will be transferred to the industry.
POC: Dr. Ramakrishna T. Bhatt

CMC Laboratory
![]()
Send all comments to
allstar@fiu.edu
© 1995-2008 ALLSTAR Network. All rights reserved worldwide.
Updated: March 12, 2004